These projects include rail connecvity, ICPs, and energy infrastructure development
Prime Minister Narendra Modi and Prime Minister Pushpa Kamal Dahal 'Prachanda' participated virtually in the groundbreaking and inauguration ceremony of several projects on Thursday (June 1, 2023), giving a boost to cross-border connectivity and trade in addition to creating energy infrastructure.

The event took place in New Delhi during the Nepalese Prime Minister's visit to India.

In order to improve transportation connections between the two countries, the Kurtha-Bijalpura portion of the railway line was officially handed over. The two Prime Ministers also witnessed the inaugural run of an Indian railway cargo train from Bathnaha (India) to Nepal Customs Yard.

Furthermore, the two Prime Ministers officially inaugurated the Inland Customs Points (ICPs) in Rupaidiha, India, and Nepalgunj, Nepal, strengthening the bilateral commerce ecosystem. These ICPs operate as key nodes for customs clearance, promoting effective trade procedures, and fostering economic growth.

Moreover, groundbreaking ceremonies for planned ICPs were performed in Sonauli, India, and Bhairahawa, Nepal. These initiatives highlight the commitment to advancing infrastructure and encouraging frictionless cross-border trade, guaranteeing effective mobility of both people and commodities.

These development facilitate the free flow of people and goods, fostering economic links.

India-Nepal collaboration in the energy sector was highlighted through the groundbreaking ceremony for the Motihari-Amlekhgunj Petroleum Pipeline's phase II facilities. This would strengthen the infrastructure for petroleum delivery, ensuring a constant flow of energy resources to fulfill both countries' rising demands.

Another groundbreaking ceremony that took place was for the Indian section of the Gorakhpur-Bhutwal Transmission Line took place simultaneously. This collaborative project will strengthen the power transmission network, boosting energy integration and efficient electricity distribution.